Job Oriented Training for 2 Months (Mechanical Course):
| Eligibility Criteria | B.Tech/M.Tech/Diploma |
| Course Duration | 2 Months |
| Certificate | Will be Provided |
MODULE - 1
Basics of Mechanical Engineering
Basics of Mechanical Engineering.
Introduction to Engineering Drawings.
Projections (First & Third Angle).
Views (orthographic, Isometric & Perspective).
Identify and use of different grades of pencils and other drafting instruments.
Drawing Sheets and their selection for sketching.
Different lines types and their use in engineering drawing.
Different dimensioning methods and their role in engineering drawing.
Types of scales and their utilization in engineering drawing.
Learn about free hand sketches.
Isometric (3D) drawing from different 2D (orthographic) views.
Conventions for various engineering materials and symbols.
Projections of Solid.
Section views and study their interpretation
MODULE - 3
Manufacturing
Introduction
Types
o Casting Process
o Forging Process
o Sheet Metal Operations
o Plastic Molding
o 3D Printing
o Welding
MODULE - 4
Material Selection
Types of materials
Choosing material
Importance
Materials for casting process
Materials Forging
Materials Sheet metal
Materials Plastics
Materials in 3D printing
Other materials
Different types of material applications
MODULE - 6
Manufacturing Drawing
Drawing Basics
Drawing Symbols
Engineering Drawing - Study, Types & Creation
Drawing notes-Title box, special characteristics, Bubble Drawing Creation
MODULE - 7
GD&T Fundamentals
What is GD&T?
GD&T Terminology & Basic Rules
About Features and Rules of GD&T
How to Apply GD&T Rules to a Drawing/Design
About Tolerances and their importance in Engineering Design
Form Tolerances
Orientation Tolerances
Profile Tolerances
Location Tolerances
Runout Tolerances
Datums Control and their application
MODULE - 8
Advanced Product Quality Planning (APQP)
Product Quality Planning Cycle
Fundamentals of Product Quality Planning
Plan & Define program
Product Design & Development
Process Design & Development
Product & Process Validation
Feedback, Assessment & Corrective action
MODULE - 9
Production Part Approval Process (PPAP)
Introduction of PPAP & Purpose
Significant production run
PAP validation, customer notification
PPAP submission levels
MODULE - 10
New Harmonized AIAG VDA FMEA
FMEA Concept for understanding
FMEA Team Formation and Management Commitment, Scope of FMEA
New 7 Step Approach in FMEA
FMEA requirement in IATF 16949:2016
Action Priority & Risk Optimization (AP table)
Process FMEA Example & Design FMEA Example
MODULE - 11
New Harmonized AIAG VDA FMEA
FMEA Concept for understanding
FMEA Team Formation and Management Commitment, Scope of FMEA
New 7 Step Approach in FMEA
FMEA requirement in IATF 16949:2016
Action Priority & Risk Optimization (AP table)
Process FMEA Example & Design FMEA Example
MODULE - 12
Measurement System Analysis (MSA)
Basic concepts & definitions
MSA Requirement in IATF 16949:2016
Statistical properties of Measurement systems
Preparation for a Measurement Study
Bias, Linearity, Stability Study
Gauge Repeatability & Reproducibility Study
Attribute MSA – Kappa Method
MODULE - 13
Statistical Process Control (SPC)
Introduction
Process Control, Common & Special Cause
Process Improvement Cycle
SPC Requirement in IATF 16949
Basics, Elements and Mechanics of Control Charts